Worked on the Olink-Proteomics/OlinkRPackage, focusing on improving the stability and robustness of data import workflows. Addressed a critical bug in Parquet metadata handling by implementing defensive programming techniques in R, ensuring that missing metadata fields such as RUO no longer cause crashes during data analysis. Enhanced the package’s resilience by updating conditional checks, which improved reliability for downstream analytics and reduced maintenance overhead. Utilized R programming and data analysis skills to deliver a targeted fix, contributing to smoother onboarding and more dependable pipelines. Leveraged Git for version control, demonstrating a methodical approach to patching and collaborative development.